/* AD9361 Register settings, ACTIVE mode */

//#include "max2580_regs.h"

unsigned short ACTIVE_RCNT = 2522;//2547
unsigned short XCVR_REGS_ACTIVE[2522][2] = {
  /* Reg Addr, Reg Data */
		//0x3DF,0x01,
		//0x295,0x14,	// Power up XO path (Default)
		//0x2A6,0x0E,	// Enable Master Bias
		//0x2A8,0x0E,	// Set Bandgap Trim
		//0x292,0x08,	// Set DCXO Coarse Tune[5:0]
		//0x293,0x80,	// Set DCXO Fine Tune [12:5]
		//0x294,0x00,	// Set DCXO Fine Tune [4:0]
		//0x2AB,0x07,	// Set RF PLL reflclk scale to REFCLK * 2
		//0x2AC,0xFF,	// Set RF PLL reflclk scale to REFCLK * 2
		//0x009,0x17,	// Enable Clocks
		//0x045,0x00,	// Set BBPLL reflclk scale to REFCLK /1
		//0x046,0x05,	// Set BBPLL Loop Filter Charge Pump current
		//0x048,0xE8,	// Set BBPLL Loop Filter C1, R1
		//0x049,0x5B,	// Set BBPLL Loop Filter R2, C2, C1
		//0x04A,0x35,	// Set BBPLL Loop Filter C3,R2
		//0x04B,0xE0,	// Allow calibration to occur and set cal count to 1024 for max accuracy
		//0x04E,0x10,	// Set calibration clock to REFCLK/4 for more accuracy
		//0x043,0x00,	// BBPLL Freq Word (Fractional[7:0])
		//0x042,0x00,	// BBPLL Freq Word (Fractional[15:8])
		//0x041,0x00,	// BBPLL Freq Word (Fractional[23:16])
		//0x044,0x20,	// BBPLL Freq Word (Integer[7:0])
		//0x03F,0x05,	// Start BBPLL Calibration
		//0x03F,0x01,	// Clear BBPLL start calibration bit
		//0x04C,0x86,	// Increase BBPLL KV and phase margin
		//0x04D,0x01,	// Increase BBPLL KV and phase margin
		//0x04D,0x05,	// Increase BBPLL KV and phase margin
		0x002,0xCE,	// Setup Tx Digital Filters/ Channels
		0x003,0xDE,	// Setup Rx Digital Filters/ Channels
		0x004,0x03,	// Select Rx input pin(A,B,C)/ Tx out pin (A,B)
		0x00A,0xBB,	// Set BBPLL post divide rate  BB:7.68(5MHz) BA:15.36(10MHz) B9:30.72(20MHz)
		0x065,0xFA,	// Enable clock to Tx FIR Filter and set Filter gain Setting
		0x060,0x00,	// Write FIR coefficient address
		0x061,0xFB,	// Write FIR coefficient data[7:0]
		0x062,0xFF,	// Write FIR coefficient data[15:8]
		0x065,0xFE,	// Set Write EN to push data into FIR filter register map
		0x064,0x00,	// Write to Read only register to delay ~1us
		0x064,0x00,	// Write to Read only register to delay ~1us
		0x060,0x01,
		0x061,0x00,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x02,
		0x061,0x04,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x03,
		0x061,0x17,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x04,
		0x061,0x24,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x05,
		0x061,0x28,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x06,
		0x061,0x12,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x07,
		0x061,0xF3,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x08,
		0x061,0xDC,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x09,
		0x061,0xE6,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x0A,
		0x061,0x0B,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x0B,
		0x061,0x30,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x0C,
		0x061,0x2E,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x0D,
		0x061,0xFE,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x0E,
		0x061,0xC4,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x0F,
		0x061,0xB8,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x10,
		0x061,0xF0,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x11,
		0x061,0x45,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x12,
		0x061,0x68,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x13,
		0x061,0x2B,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x14,
		0x061,0xB6,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x15,
		0x061,0x72,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x16,
		0x061,0xAE,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x17,
		0x061,0x47,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x18,
		0x061,0xB8,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x19,
		0x061,0x88,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x1A,
		0x061,0xC8,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x1B,
		0x061,0x1C,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x1C,
		0x061,0x33,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x1D,
		0x061,0x1A,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x1E,
		0x061,0x10,
		0x062,0x01,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x1F,
		0x061,0x23,
		0x062,0x01,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x20,
		0x061,0x19,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x21,
		0x061,0xC9,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x22,
		0x061,0x75,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x23,
		0x061,0x9A,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x24,
		0x061,0x55,
		0x062,0x01,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x25,
		0x061,0x07,
		0x062,0x02,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x26,
		0x061,0xD3,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x27,
		0x061,0x9C,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x28,
		0x061,0x69,
		0x062,0xFD,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x29,
		0x061,0x97,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x2A,
		0x061,0x5D,
		0x062,0x01,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x2B,
		0x061,0x3D,
		0x062,0x03,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x2C,
		0x061,0x34,
		0x062,0x02,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x2D,
		0x061,0xCD,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x2E,
		0x061,0x02,
		0x062,0xFC,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x2F,
		0x061,0xB7,
		0x062,0xFC,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x30,
		0x061,0xD7,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x31,
		0x061,0xE3,
		0x062,0x04,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x32,
		0x061,0xCA,
		0x062,0x04,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x33,
		0x061,0xD5,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x34,
		0x061,0x00,
		0x062,0xFA,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x35,
		0x061,0xFF,
		0x062,0xF8,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x36,
		0x061,0xF4,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x37,
		0x061,0x89,
		0x062,0x07,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x38,
		0x061,0xA8,
		0x062,0x0A,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x39,
		0x061,0x69,
		0x062,0x03,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x3A,
		0x061,0xC3,
		0x062,0xF5,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x3B,
		0x061,0x92,
		0x062,0xED,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x3C,
		0x061,0x90,
		0x062,0xF6,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x3D,
		0x061,0xB4,
		0x062,0x12,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x3E,
		0x061,0x9E,
		0x062,0x36,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x3F,
		0x061,0x9C,
		0x062,0x4F,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x40,
		0x061,0x9C,
		0x062,0x4F,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x41,
		0x061,0x9E,
		0x062,0x36,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x42,
		0x061,0xB4,
		0x062,0x12,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x43,
		0x061,0x90,
		0x062,0xF6,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x44,
		0x061,0x92,
		0x062,0xED,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x45,
		0x061,0xC3,
		0x062,0xF5,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x46,
		0x061,0x69,
		0x062,0x03,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x47,
		0x061,0xA8,
		0x062,0x0A,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x48,
		0x061,0x89,
		0x062,0x07,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x49,
		0x061,0xF4,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x4A,
		0x061,0xFF,
		0x062,0xF8,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x4B,
		0x061,0x00,
		0x062,0xFA,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x4C,
		0x061,0xD5,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x4D,
		0x061,0xCA,
		0x062,0x04,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x4E,
		0x061,0xE3,
		0x062,0x04,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x4F,
		0x061,0xD7,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x50,
		0x061,0xB7,
		0x062,0xFC,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x51,
		0x061,0x02,
		0x062,0xFC,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x52,
		0x061,0xCD,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x53,
		0x061,0x34,
		0x062,0x02,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x54,
		0x061,0x3D,
		0x062,0x03,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x55,
		0x061,0x5D,
		0x062,0x01,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x56,
		0x061,0x97,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x57,
		0x061,0x69,
		0x062,0xFD,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x58,
		0x061,0x9C,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x59,
		0x061,0xD3,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x5A,
		0x061,0x07,
		0x062,0x02,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x5B,
		0x061,0x55,
		0x062,0x01,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x5C,
		0x061,0x9A,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x5D,
		0x061,0x75,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x5E,
		0x061,0xC9,
		0x062,0xFE,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x5F,
		0x061,0x19,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x60,
		0x061,0x23,
		0x062,0x01,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x61,
		0x061,0x10,
		0x062,0x01,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x62,
		0x061,0x1A,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x63,
		0x061,0x33,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x64,
		0x061,0x1C,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x65,
		0x061,0xC8,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x66,
		0x061,0x88,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x67,
		0x061,0xB8,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x68,
		0x061,0x47,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x69,
		0x061,0xAE,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x6A,
		0x061,0x72,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x6B,
		0x061,0xB6,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x6C,
		0x061,0x2B,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x6D,
		0x061,0x68,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x6E,
		0x061,0x45,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x6F,
		0x061,0xF0,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x70,
		0x061,0xB8,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x71,
		0x061,0xC4,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x72,
		0x061,0xFE,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x73,
		0x061,0x2E,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x74,
		0x061,0x30,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x75,
		0x061,0x0B,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x76,
		0x061,0xE6,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x77,
		0x061,0xDC,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x78,
		0x061,0xF3,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x79,
		0x061,0x12,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x7A,
		0x061,0x28,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x7B,
		0x061,0x24,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x7C,
		0x061,0x17,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x7D,
		0x061,0x04,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x7E,
		0x061,0x00,
		0x062,0x00,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x060,0x7F,
		0x061,0xFB,
		0x062,0xFF,
		0x065,0xFE,
		0x064,0x00,
		0x064,0x00,
		0x065,0xF8,	// Disable clock to Tx Filter
		0x0F5,0xFA,	// Enable clock to Rx FIR Filter
		0x0F6,0x02,	// Write Filter Gain setting
		0x0F0,0x00,	// Write FIR coefficient address
		0x0F1,0x31,	// Write FIR coefficient data[7:0]
		0x0F2,0x00,	// Write FIR coefficient data[15:8]
		0x0F5,0xFE,	// Set Write EN to push data into FIR filter register map
		0x0F4,0x00,	// Dummy Write to Read only register to delay ~1us
		0x0F4,0x00,	// Dummy Write to Read only register to delay ~1us
		0x0F0,0x01,
		0x0F1,0xD9,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x02,
		0x0F1,0x8E,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x03,
		0x0F1,0x3E,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x04,
		0x0F1,0x39,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x05,
		0x0F1,0x32,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x06,
		0x0F1,0x47,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x07,
		0x0F1,0x9E,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x08,
		0x0F1,0xBF,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x09,
		0x0F1,0x87,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x0A,
		0x0F1,0x8A,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x0B,
		0x0F1,0x5E,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x0C,
		0x0F1,0x9B,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x0D,
		0x0F1,0x53,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x0E,
		0x0F1,0x72,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x0F,
		0x0F1,0x3B,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x10,
		0x0F1,0xC7,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x11,
		0x0F1,0xCB,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x12,
		0x0F1,0xFF,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x13,
		0x0F1,0x30,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x14,
		0x0F1,0xF2,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x15,
		0x0F1,0xB3,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x16,
		0x0F1,0xC4,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x17,
		0x0F1,0x51,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x18,
		0x0F1,0xB0,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x19,
		0x0F1,0x66,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x1A,
		0x0F1,0x77,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x1B,
		0x0F1,0xDB,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x1C,
		0x0F1,0x4E,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x1D,
		0x0F1,0xAE,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x1E,
		0x0F1,0xA9,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x1F,
		0x0F1,0x24,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x20,
		0x0F1,0x4B,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x21,
		0x0F1,0xCD,
		0x0F2,0xFD,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x22,
		0x0F1,0x3F,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x23,
		0x0F1,0x92,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x24,
		0x0F1,0xB9,
		0x0F2,0x02,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x25,
		0x0F1,0x89,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x26,
		0x0F1,0xC7,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x27,
		0x0F1,0xD0,
		0x0F2,0xFC,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x28,
		0x0F1,0x84,
		0x0F2,0xFD,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x29,
		0x0F1,0x9B,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x2A,
		0x0F1,0x88,
		0x0F2,0x03,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x2B,
		0x0F1,0x9A,
		0x0F2,0x03,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x2C,
		0x0F1,0x59,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x2D,
		0x0F1,0x53,
		0x0F2,0xFC,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x2E,
		0x0F1,0x1F,
		0x0F2,0xFB,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x2F,
		0x0F1,0x47,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x30,
		0x0F1,0x84,
		0x0F2,0x03,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x31,
		0x0F1,0x53,
		0x0F2,0x06,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x32,
		0x0F1,0xAF,
		0x0F2,0x03,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x33,
		0x0F1,0x1E,
		0x0F2,0xFD,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x34,
		0x0F1,0x06,
		0x0F2,0xF8,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x35,
		0x0F1,0x79,
		0x0F2,0xF9,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x36,
		0x0F1,0x78,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x37,
		0x0F1,0xF6,
		0x0F2,0x09,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x38,
		0x0F1,0xFD,
		0x0F2,0x0A,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x39,
		0x0F1,0x74,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x3A,
		0x0F1,0x21,
		0x0F2,0xF3,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x3B,
		0x0F1,0x34,
		0x0F2,0xEC,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x3C,
		0x0F1,0x20,
		0x0F2,0xF7,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x3D,
		0x0F1,0x58,
		0x0F2,0x14,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x3E,
		0x0F1,0x13,
		0x0F2,0x38,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x3F,
		0x0F1,0x78,
		0x0F2,0x50,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x40,
		0x0F1,0x78,
		0x0F2,0x50,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x41,
		0x0F1,0x13,
		0x0F2,0x38,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x42,
		0x0F1,0x58,
		0x0F2,0x14,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x43,
		0x0F1,0x20,
		0x0F2,0xF7,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x44,
		0x0F1,0x34,
		0x0F2,0xEC,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x45,
		0x0F1,0x21,
		0x0F2,0xF3,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x46,
		0x0F1,0x74,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x47,
		0x0F1,0xFD,
		0x0F2,0x0A,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x48,
		0x0F1,0xF6,
		0x0F2,0x09,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x49,
		0x0F1,0x78,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x4A,
		0x0F1,0x79,
		0x0F2,0xF9,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x4B,
		0x0F1,0x06,
		0x0F2,0xF8,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x4C,
		0x0F1,0x1E,
		0x0F2,0xFD,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x4D,
		0x0F1,0xAF,
		0x0F2,0x03,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x4E,
		0x0F1,0x53,
		0x0F2,0x06,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x4F,
		0x0F1,0x84,
		0x0F2,0x03,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x50,
		0x0F1,0x47,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x51,
		0x0F1,0x1F,
		0x0F2,0xFB,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x52,
		0x0F1,0x53,
		0x0F2,0xFC,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x53,
		0x0F1,0x59,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x54,
		0x0F1,0x9A,
		0x0F2,0x03,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x55,
		0x0F1,0x88,
		0x0F2,0x03,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x56,
		0x0F1,0x9B,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x57,
		0x0F1,0x84,
		0x0F2,0xFD,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x58,
		0x0F1,0xD0,
		0x0F2,0xFC,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x59,
		0x0F1,0xC7,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x5A,
		0x0F1,0x89,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x5B,
		0x0F1,0xB9,
		0x0F2,0x02,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x5C,
		0x0F1,0x92,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x5D,
		0x0F1,0x3F,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x5E,
		0x0F1,0xCD,
		0x0F2,0xFD,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x5F,
		0x0F1,0x4B,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x60,
		0x0F1,0x24,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x61,
		0x0F1,0xA9,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x62,
		0x0F1,0xAE,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x63,
		0x0F1,0x4E,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x64,
		0x0F1,0xDB,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x65,
		0x0F1,0x77,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x66,
		0x0F1,0x66,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x67,
		0x0F1,0xB0,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x68,
		0x0F1,0x51,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x69,
		0x0F1,0xC4,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x6A,
		0x0F1,0xB3,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x6B,
		0x0F1,0xF2,
		0x0F2,0xFE,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x6C,
		0x0F1,0x30,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x6D,
		0x0F1,0xFF,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x6E,
		0x0F1,0xCB,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x6F,
		0x0F1,0xC7,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x70,
		0x0F1,0x3B,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x71,
		0x0F1,0x72,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x72,
		0x0F1,0x53,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x73,
		0x0F1,0x9B,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x74,
		0x0F1,0x5E,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x75,
		0x0F1,0x8A,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x76,
		0x0F1,0x87,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x77,
		0x0F1,0xBF,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x78,
		0x0F1,0x9E,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x79,
		0x0F1,0x47,
		0x0F2,0xFF,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x7A,
		0x0F1,0x32,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x7B,
		0x0F1,0x39,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x7C,
		0x0F1,0x3E,
		0x0F2,0x01,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x7D,
		0x0F1,0x8E,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x7E,
		0x0F1,0xD9,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F0,0x7F,
		0x0F1,0x31,
		0x0F2,0x00,
		0x0F5,0xFE,
		0x0F4,0x00,
		0x0F4,0x00,
		0x0F5,0xF8,	// Disable clock to Rx Filter
		0x010,0xC8,	// PPORT Config 1
		0x011,0x00,	// PPORT Config 2
		0x012,0x02,	// PPORT Config 3
		0x006,0x0F,	// PPORT Rx Delay (adjusts Tco Dataclk->Data)
		0x007,0x00,	// PPORT TX Delay (adjusts setup/hold FBCLK->Data)
		0x018,0x00,	// AuxDAC1 Word[9:2]
		0x019,0x00,	// AuxDAC2 Word[9:2]
		0x01A,0x00,	// AuxDAC1 Config and Word[1:0]
		0x01B,0x00,	// AuxDAC2 Config and Word[1:0]
		0x023,0xFF,	// AuxDAC Manaul/Auto Control
		0x026,0x00,	// AuxDAC Manual Select Bit/GPO Manual Select
		0x030,0x00,	// AuxDAC1 Rx Delay
		0x031,0x00,	// AuxDAC1 Tx Delay
		0x032,0x00,	// AuxDAC2 Rx Delay
		0x033,0x00,	// AuxDAC2 Tx Delay
		0x00B,0x00,	// Temp Sensor Setup (Offset)
		0x00C,0x00,	// Temp Sensor Setup (Temp Window)
		0x00D,0x03,	// Temp Sensor Setup (Periodic Measure)
		0x00F,0x04,	// Temp Sensor Setup (Decimation)
		0x01C,0x10,	// AuxADC Setup (Clock Div)
		0x01D,0x01,	// AuxADC Setup (Decimation/Enable)
		0x035,0x00,	// Ctrl Out index
		0x036,0xFF,	// Ctrl Out [7:0] output enable
		0x03A,0x1E,	// Set number of REFCLK cycles for 1us delay timer
		0x020,0x00,	// GPO Auto Enable Setup in RX and TX
		0x027,0x03,	// GPO Manual and GPO auto value in ALERT
		0x028,0x00,	// GPO_0 RX Delay
		0x029,0x00,	// GPO_1 RX Delay
		0x02A,0x00,	// GPO_2 RX Delay
		0x02B,0x00,	// GPO_3 RX Delay
		0x02C,0x00,	// GPO_0 TX Delay
		0x02D,0x00,	// GPO_1 TX Delay
		0x02E,0x00,	// GPO_2 TX Delay
		0x02F,0x00,	// GPO_3 TX Delay
		0x261,0x00,	// Set Rx LO Power mode
		0x2A1,0x00,	// Set Tx LO Power mode
		0x248,0x0B,	// Enable Rx VCO LDO
		0x288,0x0B,	// Enable Tx VCO LDO
		0x246,0x02,	// Set VCO Power down TCF bits
		0x286,0x02,	// Set VCO Power down TCF bits
		0x249,0x8E,	// Set VCO cal length
		0x289,0x8E,	// Set VCO cal length
		0x23B,0x80,	// Enable Rx VCO cal
		0x27B,0x80,	// Enable Tx VCO cal
		0x243,0x0D,	// Set Rx prescaler bias
		0x283,0x0D,	// Set Tx prescaler bias
		0x23D,0x00,	// Clear Half VCO cal clock setting
		0x27D,0x00,	// Clear Half VCO cal clock setting
		0x015,0x04,	// Set Dual Synth mode bit
		0x014,0x07,	// Set Force ALERT State bit  changed by dian1031
		0x013,0x01,	// Set ENSM FDD mode
		0x23D,0x04,	// Start RX CP cal
		0x27D,0x04,	// Start TX CP cal
		0x23A,0x4A,	// Set VCO Output level[3:0]
		0x239,0xC3,	// Set Init ALC Value[3:0] and VCO Varactor[3:0]
		0x242,0x1F,	// Set VCO Bias Tcf[1:0] and VCO Bias Ref[2:0]
		0x238,0x78,	// Set VCO Cal Offset[3:0]
		0x245,0x00,	// Set VCO Cal Ref Tcf[2:0]
		0x251,0x0C,	// Set VCO Varactor Reference[3:0]
		0x250,0x70,	// Set VCO Varactor Ref Tcf[2:0] and VCO Varactor Offset[3:0]
		0x23B,0x94,	// Set Synth Loop Filter charge pump current (Icp)
		0x23E,0xF4,	// Set Synth Loop Filter C2 and C1
		0x23F,0xDF,	// Set Synth Loop Filter  R1 and C3
		0x240,0x0A,	// Set Synth Loop Filter R3
		0x27A,0x4A,	// Set VCO Output level[3:0]
		0x279,0xC1,	// Set Init ALC Value[3:0] and VCO Varactor[3:0]
		0x282,0x17,	// Set VCO Bias Tcf[1:0] and VCO Bias Ref[2:0]
		0x278,0x78,	// Set VCO Cal Offset[3:0]
		0x285,0x00,	// Set VCO Cal Ref Tcf[2:0]
		0x291,0x0E,	// Set VCO Varactor Reference[3:0]
		0x290,0x70,	// Set VCO Varactor Ref Tcf[2:0] and VCO Varactor Offset[3:0]
		0x27B,0x9C,	// Set Synth Loop Filter charge pump current (Icp)
		0x27E,0xF4,	// Set Synth Loop Filter C2 and C1
		0x27F,0xDF,	// Set Synth Loop Filter  R1 and C3
		0x280,0x0A,	// Set Synth Loop Filter R3
		0x233,0x53,	// Write Rx Synth Fractional Freq Word[7:0]
		0x234,0x55,	// Write Rx Synth Fractional Freq Word[15:8]
		0x235,0x15,	// Write Rx Synth Fractional Freq Word[22:16]
		0x232,0x00,	// Write Rx Synth Integer Freq Word[10:8]
		0x231,0x68,	// Write Rx Synth Integer Freq Word[7:0]
		0x005,0x22,	// Set LO divider setting
		0x273,0xA1,	// Write Tx Synth Fractional Freq Word[7:0]
		0x274,0xAA,	// Write Tx Synth Fractional Freq Word[15:8]
		0x275,0x56,	// Write Tx Synth Fractional Freq Word[22:16]
		0x272,0x00,	// Write Tx Synth Integer Freq Word[10:8]
		0x271,0x6E,	// Write Tx Synth Integer Freq Word[7:0] (starts VCO cal)
		0x005,0x22,	// Set LO divider setting
		0x13F,0x02,	// Start Clock
		0x138,0x0F,	// Addr Table Index
		0x139,0x78,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x00,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x0E,	// Addr Table Index
		0x139,0x74,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x0D,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x0D,	// Addr Table Index
		0x139,0x70,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x15,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x0C,	// Addr Table Index
		0x139,0x6C,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x1B,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x0B,	// Addr Table Index
		0x139,0x68,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x21,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x0A,	// Addr Table Index
		0x139,0x64,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x25,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x09,	// Addr Table Index
		0x139,0x60,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x29,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x08,	// Addr Table Index
		0x139,0x5C,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x2C,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x07,	// Addr Table Index
		0x139,0x58,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x2F,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x06,	// Addr Table Index
		0x139,0x54,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x31,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x05,	// Addr Table Index
		0x139,0x50,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x33,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x04,	// Addr Table Index
		0x139,0x4C,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x34,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x03,	// Addr Table Index
		0x139,0x48,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x35,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x02,	// Addr Table Index
		0x139,0x30,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x3A,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x01,	// Addr Table Index
		0x139,0x18,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x3D,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x138,0x00,	// Addr Table Index
		0x139,0x00,	// Gain
		0x13A,0x00,	// Bias
		0x13B,0x3E,	// GM
		0x13F,0x06,	// Write Words
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x13F,0x02,	// Clear Write Bit
		0x13C,0x00,	// Delay for 3 ADCCLK/16 clock cycles (Dummy Write)
		0x13C,0x00,	// Delay ~1us (Dummy Write)
		0x13F,0x00,	// Stop Clock
		0x137,0x1A,	// Start Gain Table Clock
		0x130,0x00,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x01,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x02,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x03,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x01,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x04,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x02,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x05,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x03,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x06,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x04,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x07,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x05,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x08,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x03,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x09,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x04,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x0A,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x05,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x0B,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x06,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x0C,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x07,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x0D,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x08,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x0E,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x09,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x0F,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0A,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x10,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0B,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x11,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0C,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x12,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0D,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x13,	// Gain Table Index
		0x131,0x01,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0E,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x14,	// Gain Table Index
		0x131,0x02,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x09,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x15,	// Gain Table Index
		0x131,0x02,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0A,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x16,	// Gain Table Index
		0x131,0x02,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0B,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x17,	// Gain Table Index
		0x131,0x02,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0C,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x18,	// Gain Table Index
		0x131,0x02,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0D,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x19,	// Gain Table Index
		0x131,0x02,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0E,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x1A,	// Gain Table Index
		0x131,0x02,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x0F,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x1B,	// Gain Table Index
		0x131,0x02,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x10,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x1C,	// Gain Table Index
		0x131,0x02,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2B,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x1D,	// Gain Table Index
		0x131,0x02,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2C,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x1E,	// Gain Table Index
		0x131,0x04,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x27,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x1F,	// Gain Table Index
		0x131,0x04,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x28,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x20,	// Gain Table Index
		0x131,0x04,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x29,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x21,	// Gain Table Index
		0x131,0x04,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2A,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x22,	// Gain Table Index
		0x131,0x04,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2B,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x23,	// Gain Table Index
		0x131,0x24,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x21,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x24,	// Gain Table Index
		0x131,0x24,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x22,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x25,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x20,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x26,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x21,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x27,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x22,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x28,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x23,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x29,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x24,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x2A,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x25,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x2B,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x26,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x2C,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x27,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x2D,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x28,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x2E,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x29,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x2F,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2A,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x30,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2B,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x31,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2C,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x32,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2D,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x33,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2E,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x34,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2F,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x35,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x30,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x36,	// Gain Table Index
		0x131,0x44,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x31,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x37,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2E,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x38,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x2F,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x39,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x30,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x3A,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x31,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x3B,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x32,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x3C,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x33,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x3D,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x34,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x3E,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x35,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x3F,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x36,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x40,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x37,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x41,	// Gain Table Index
		0x131,0x64,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x42,	// Gain Table Index
		0x131,0x65,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x43,	// Gain Table Index
		0x131,0x66,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x44,	// Gain Table Index
		0x131,0x67,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x45,	// Gain Table Index
		0x131,0x68,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x46,	// Gain Table Index
		0x131,0x69,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x47,	// Gain Table Index
		0x131,0x6A,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x48,	// Gain Table Index
		0x131,0x6B,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x49,	// Gain Table Index
		0x131,0x6C,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x4A,	// Gain Table Index
		0x131,0x6D,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x4B,	// Gain Table Index
		0x131,0x6E,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x4C,	// Gain Table Index
		0x131,0x6F,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x38,	// TIA & LPF Word
		0x133,0x20,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x4D,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x4E,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x4F,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x50,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x51,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x52,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x53,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x54,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x55,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x56,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x57,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x58,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x59,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x130,0x5A,	// Gain Table Index
		0x131,0x00,	// Ext LNA, Int LNA, & Mixer Gain Word
		0x132,0x00,	// TIA & LPF Word
		0x133,0x00,	// DC Cal bit & Dig Gain Word
		0x137,0x1E,	// Write Words
		0x134,0x00,	// Dummy Write to delay 3 ADCCLK/16 cycles
		0x134,0x00,	// Dummy Write to delay ~1us
		0x137,0x1A,	// Clear Write Bit
		0x134,0x00,	// Dummy Write to delay ~1us
		0x134,0x00,	// Dummy Write to delay ~1us
		0x137,0x00,	// Stop Gain Table Clock
		0x0FA,0xE0,	// Gain Control Mode Select
		0x0FB,0x08,	// Table, Digital Gain, Man Gain Ctrl
		0x0FC,0x23,	// Incr Step Size, ADC Overrange Size
		0x0FD,0x4C,	// Max Full/LMT Gain Table Index
		0x0FE,0x44,	// Decr Step Size, Peak Overload Time
		0x100,0x6F,	// Max Digital Gain
		0x104,0x2F,	// ADC Small Overload Threshold
		0x105,0x3A,	// ADC Large Overload Threshold
		0x107,0x31,	// Large LMT Overload Threshold
		0x108,0x39,	// Small LMT Overload Threshold
		0x109,0xff,	// Rx1 Full/LMT Gain Index 0x4C
		0x10A,0x58,	// Rx1 LPF Gain Index
		0x10B,0x00,	// Rx1 Digital Gain Index
		0x10C,0xff,	// Rx2 Full/LMT Gain Index 0x4C
		0x10D,0x18,	// Rx2 LPF Gain Index
		0x10E,0x00,	// Rx2 Digital Gain Index
		0x114,0x30,	// Low Power Threshold
		0x11A,0x27,	// Initial LMT Gain Limit
		0x081,0x00,	// Tx Symbol Gain Control
		0x1FB,0x09,	// RX Freq Corner (MHz)
		0x1FC,0x00,	// RX Freq Corner (Khz)
		0x1F8,0x09,	// Rx BBF Tune Divider[7:0]
		0x1F9,0x1E,	// RX BBF Tune Divider[8]
		0x1D5,0x3F,	// Set Rx Mix LO CM
		0x1C0,0x03,	// Set GM common mode
		0x1E2,0x02,	// Enable Rx1 Filter Tuner
		0x1E3,0x02,	// Enable Rx2 Filter Tuner
		0x016,0x80,	// Start RX Filter Tune
		0x1E2,0x03,	// Disable Rx Filter Tuner (Rx1)
		0x1E3,0x03,	// Disable Rx Filter Tuner (Rx2)
		0x0D6,0x08,	// TX BBF Tune Divier[7:0]
		0x0D7,0x1E,	// TX BBF Tune Divider[8]
		0x0CA,0x22,	// Enable Tx Filter Tuner
		0x016,0x40,	// Start Tx Filter Tune
		0x0CA,0x26,	// Disable Tx Filter Tuner (Both Channels)
		0x1DB,0x60,	// Set TIA selcc[2:0]
		0x1DD,0x00,	// Set RX TIA1 C MSB[6:0]
		0x1DF,0x00,	// Set RX TIA2 C MSB[6:0]
		0x1DC,0x69,	// Set RX TIA1 C LSB[5:0]
		0x1DE,0x69,	// Set RX TIA2 C LSB[5:0]
		0x0D2,0x17,	// TX Secondary Filter PDF Cap cal[5:0]
		0x0D1,0x0C,	// TX Secondary Filter PDF Res cal[3:0]
		0x0D0,0x56,	// Pdampbias
		0x200,0x00,
		0x201,0x00,
		0x202,0x00,
		0x203,0x24,
		0x204,0x24,
		0x205,0x00,
		0x206,0x00,
		0x207,0x7B,
		0x208,0x2A,
		0x209,0x3B,
		0x20A,0x4A,
		0x20B,0x1A,
		0x20C,0x4D,
		0x20D,0x18,
		0x20E,0x00,
		0x20F,0x7E,
		0x210,0x7D,
		0x211,0x7E,
		0x212,0x48,
		0x213,0x47,
		0x214,0x48,
		0x215,0x4B,
		0x216,0x4A,
		0x217,0x4B,
		0x218,0x2E,
		0x219,0xB0,
		0x21A,0x31,
		0x21B,0x1C,
		0x21C,0xB0,
		0x21D,0x31,
		0x21E,0x1C,
		0x21F,0xB0,
		0x220,0x31,
		0x221,0x37,
		0x222,0x38,
		0x223,0x40,
		0x224,0x40,
		0x225,0x2C,
		0x226,0x00,
		0x227,0x00,
		0x0A0,0x15,	// Set TxQuadcal NCO frequency
		0x0A3,0x00,	// Set TxQuadcal NCO frequency (Only update bits [7:6])
		0x0A1,0x7B,	// Set TxQuadcal M[1:0]
		0x0A9,0xFF,	// Set Tx Quad Cal Count
		0x0A2,0x7F,	// Set Tx Quad Cal Kexp
		0x0A5,0x01,	// Set Tx Quad Cal Magnitude Threshhold
		0x0A6,0x01,	// Set Tx Quad Cal Magnitude Threshhold
		0x0AA,0x25,	// Set Tx Quad Cal Gain Table index
		0x0A4,0xF0,	// Set Tx Quad Cal Setting Count
		0x0AE,0x00,	// Set Tx Quad Cal LPF Gain index incase Split table mode used
		0x193,0x3F,	// BBDC Cal setting
		0x190,0x0F,	// Set BBDC tracking shift M value, only applies when BB DC tracking enabled
		0x194,0x01,	// BBDC Cal setting
		0x016,0x01,	// Start BBDC offset cal
		0x185,0x20,	// Set RF DC offset Wait Count
		0x186,0x32,	// Set RF DC Offset Count[7:0]
		0x187,0x24,	// Settings for RF DC cal
		0x18B,0x83,	// Settings for RF DC cal
		0x188,0x05,	// Settings for RF DC cal
		0x189,0x30,	// Settings for RF DC cal
		0x016,0x02,	// RFDC Max Cal Time: 29961.914 us
		0x016,0x10,	// TXQuad Max Cal Time: 1537.500 us
		0x168,0x03,	// Set RX Quadcal Tone Level
		0x16E,0x25,	// Set Rx Gain index to use during RX Quadcal
		0x16A,0x75,	// Set Kexp Phase
		0x16B,0x15,	// Set Kexp Amplitude
		0x169,0xCF,
		0x18B,0xAD,
		0x012,0x02,	// Cals done, Set PPORT Config
		0x013,0x01,	// Set ENSM FDD/TDD bit
		0x015,0x04,	// Set Dual Synth Mode, FDD External Control bits properly
		0x073,0xc8, //0xff:-45dBm; 0xc8:-30dBm; 0x8c: -15dbm; 0x28: +5dBm
		0x074,0x00,
		0x075,0x28,
		0x076,0x00,
		0x150,0x0E,	// RSSI Measurement Duration 0, 1
		0x151,0x00,	// RSSI Measurement Duration 2, 3
		0x152,0xFF,	// RSSI Weighted Multiplier 0
		0x153,0x00,	// RSSI Weighted Multiplier 1
		0x154,0x00,	// RSSI Weighted Multiplier 2
		0x155,0x00,	// RSSI Weighted Multiplier 3
		0x156,0x00,	// RSSI Delay
		0x157,0x00,	// RSSI Wait
		0x158,0x0D,	// RSSI Mode Select
		0x15C,0x67,	// Power Measurement Duration
		0x002,0x4E,	// Set # transmitters enabled
		0x003,0xDE,	// Set # receivers enabled
		0x014,0x23
};
	 
	 
     
    
